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This research aims to develop a constraint-driven control architecture for effective plasma confinement.

May 7, 2026Open Access

Deterministic Control of Plasma Confinement via Causal Corridor Enforcement: A Constraint-Driven Architecture for Stability Preservation

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This research aims to develop a constraint-driven control architecture for effective plasma confinement.
Proposes a new architecture for plasma confinement using admissibility-based control.
Integrates constraint evaluation and instability detection in real-time.
Employs a local collapse horizon estimator to assess time-to-violation.
Introduces a framework that avoids prediction-driven disruption strategies.
Establishes a non-predictive detection mechanism for precursors to instability.

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Control barrier function enables plasma confinement in real-time, suggesting improved stability under constraints.

Jorge Vasconcelos (2026) studied this question.

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